SINTEF Certification No. 2008 Issued t: 05.12.1995 Revised: 30.10.2012 Valid until: 01.01.2018 Page: 1 of 5 SINTEF Building and Infrastructure confirms that G, GG og GT roofing and waterproofing membranes meets the provisions regarding product documentation given in Norwegian building regulations, with properties, fields of application and conditions as stated in this document 1. Holder of the approval AS P.O.Box 420 NO3002 DRAMMEN Tel.: + 47 32 22 16 00 Fax: + 47 32 22 17 00 www.protan.com 2. Manufacturer AS, Draen 3. Product description G, GG and GT are three types of roofing and waterproofing membranes, all made of plasticized PVC with a core of glass felt. Stabilizer and plasticizer are added to the products in order to make them resistant to high temperatures, and to provide crack resistance at low temperatures. G and GT are also made resistant to ultra violet radiation, and GT also has a fire stabilizer to resist external fire. Table 1 shows standard measures and tolerances. Other dimensions are available on request. and GT are manufactured with several surface colours. GG has a yellow surface colour. The underside of the membranes is dark grey. Table 1 Measures and tolerances for G, GG and GT roofing and waterproofing membranes Thickness 1.5 0.15 GG 0.2 2.4 0.2 Weight 1.65 2.2 2.7 kg/m² Width Roll length 15 +2/0 10 +2/0 10 +2/0 Weight of glass fibre core 50 80 80 g/m² m % m % 4. Fields of application General Roofs must have adequate slope to drain water from rain and melting snow. SINTEF Building and Infrastructure recoends that all roofs have an inclination of minimum 1:40. On normal terraces as shown, see fig. 1 and 2, the membrane can be laid with a minimum slope 1:100. Ballasted roof is used as roofing membrane on pitched and flat roofs. The membrane is loosely laid with gravel ballast, tiles on pads or concrete slab. On insulated roofs the roofing may be installed as a normal roof, inverted roof or duoroof construction. The membrane must not be used for mechanically fastened roofing. Examples of applications are shown in Fig. 1 4. Roofs, terraces, parking decks is a waterproofing membrane primarily intended for use on ballasted roof and on terraces with pedestrian traffic. Fig. 2 4 show examples of the membrane used in terrace and roof structures. is laid loosely, with ballast. G is also used as covering in extensive green solutions, see Fig. 7. GG is a waterproofing membrane primarily intended for use in parking decks, on intensive green roofs, and in culverts and inground structures. Examples of applications are shown in Fig. 5 and 6. GG is laid loosely, with ballast. GT is a waterproofing membrane primarily intended for use on terraces with pedestrian traffic. GT is mechanically fastened as shown in Fig. 8. SINTEF is Norwegian member of European Organisation for Technical Approvals, EOTA, and European Union of Agrément, UEAtc Reference: Appr. 3D3994 Contr. B08279 Subject: Roofing membrane Head Office: SINTEF Building and Infrastructure P.O.Box 124 Blindern NO 0314 Oslo Tel. + 47 22 96 55 55 Fax + 47 22 69 94 38 Copyright SINTEF Byggforsk email: byggforsk@sintef.no www.sintef.no/byggforsk Trondheim: SINTEF Building and Infrastructure 7465 Trondheim Tel. +47 73 59 30 00/33 90 Fax +47 73 59 33 50/80
SINTEF Technical Approval No. 2008 Page 2 av 5 Fig. 1 Ballasted, insulated on straight roofs used for renovating old roof/new roofing Fig. 2 Terrace, normal roof construction Fig. 3 Terrace, inverted roof construction Fig. 4 Terrace, duoroof construction
SINTEF Technical Approval No. 2008 Page 3 av 5 Fig. 5 Parking deck with concrete surface 5. Properties Material properties Product properties for fresh material are shown in Table 2. Safety in case of fire GT satisfies fire classification B ROOF (t2) concerning spread of flames according to EN 135015 on noncombustible underlay with high density (i.e. min. 680 kg/m³) as e.g. in concrete or calcium silicate plates. G and GG and have no fire classification. Fig. 6 Intensive green roofs, culvert Durability Some properties after artificial ageing are given in Table 3. The products have shown satisfying properties after artificial ageing in connection with typetesting and audit testing performed by SINTEF Building and Infrastructure. 6. Environmental aspects Substances hazardous to health and environment The product contains no hazardous substances with priority in quantities that pose any increased risk for human health and environment. Chemicals with priority include CMR, PBT or vpvb substances. Effect on soil, surface water and ground water The leaching properties of the product are evaluated to have no negative effects on soil, ground water or drinking water. Fig. 7 G used in extensive green solutions Fig. 8 Fastening system for GT Waste treatment/recycling The products shall be sorted as mixed waste on the building/demolition site. The materials in G, GG and GT can be recycled, and a system for recycling has been established. The products shall be delivered to an authorized waste treatment plant for energy recovery. Environmental declaration No environmental declaration according to ISO 21930 has been worked out for G, GG and GT.
SINTEF Technical Approval No. 2008 Page 4 av 5 Table 2 Product properties for fresh material of G, GG and GT roofing and waterproofing membranes Control limit 1) Test method EN GG Foldability at low temperature 4955:2001 30 30 30 C Dimensional stability 11072:2001 ± 0.1 ± 0.1 ± 0.1 % Water tightness (10 kpa) Water tightness (150 kpa) 1928:2000 (A) 1928:2000 (B) Tear resistance 123102:2000 110 130 130 N Tensile strength 123112:2000 (A) 500 600 600 N/50 Elongation 123112:2000 (A) 0 0 0 % Average peel resistance of joints 123162:2000 250 N/50 Shear resistance of joints 123172:2000 450 600 550 2) N/50 Resistance to puncture by impact at +23 C 12691:2006 (A) 600 900 900 by impact at 10 C 12691:2001 20 20 20 diam. by static loading by static loading 3) by static loading 4) by static loading 5) 15 17.5 Water vapour permeability ISO 12572:2001 9.5 10 12 7 10 12 6 10 12 kg/m²spa Water vapour resistance as equivalent air layer thickness 17.5 ISO 12572:2001 20 28 33 m 1) The stated values are existing control limits for internal control at the producer and supervising control 2) Welded joint according to Figure 8 3) Result with 180 g/m² polyester felt underlay, according to fig. 14 4) Result with 120 g/m² glass felt underlay, according to fig. 14 5) Result with 50 g/m² glass felt underlay +1.0 migration barrier, according to fig. 2 and fig. 4. kg Table 3 Product properties for aged material of G, GG and GT roofing and waterproofing membranes Measured value Test method EN GG Foldability at low temperature aged in hot water 1) 25 25 25 C 4955:2001 artificial ageing 2) 25 C Dimensional stability aged in hot water 1) ± 0.2 ± 0.2 ± 0.2 % 11072:2001 artificial ageing 2) % 1) Aged according to method NSEN 1847 (NS 3531) for 8 weeks at 60 C 2) Aged according to method NSEN 1297 with specimen are exposed to UV light, heat radiation, water, and laboratory climate 7. Special conditions for use and installation Storage The membranes should be stored dry, with the rolls placed on pallets at the building site and protected by a covering. Installation in general Joints of G, GG and GT are welded with hot air. The membranes shall be installed by an authorised contractor in accordance with the manufacturer s instructions. Roofs and terraces G shall be used and installed in accordance with the principles shown in SINTEF Building Research Design Sheet 544.202 and 544.204, plus TPF Informs No. 5. G, GG and GT shall be used and installed on roofs, terraces and parking decks according to the principles shown in SINTEF Building Research Design Sheet 525.207, 525.304, 525.306, 525.307, 544.202 and 544.204.
SINTEF Technical Approval No. 2008 Page 5 av 5 Fastening/ballast Necessary ballast is calculated according to Byggforsk Building Research Design Sheet 544.202 and TPF Informs No. 5. GT shall be mechanically fastened as shown in Fig. 8, or may, under certain conditions, be glued to the underlay. Underlay Where fire classification of the underlay is required, the products can be placed on the underlay as defined in item 5 concerning security by fire. When the membranes are installed on old asphalt roofing without additional insulation or directly on EPS or XPS insulation, a separate migration barrier/separation layer as instructed by the producer shall be used. When the membranes are applied directly on rough underlay without additional insulation, a protection layer of polyester felt or similar shall be used. SINTEF Building and Infrastructure recoends use of ca. 250 g/m² felt when applied directly on concrete underlay and minimum 300 g/m² felt on concrete underlay in constructions with heavy traffic. 8. Factory production control G, GG and GT are subject to supervisory factory production control according to contract between SINTEF Building and Infrastructure and AS concerning SINTEF Technical Approval. The manufacturer AS has a quality system which is certified by Det Norske Veritas according to ISO 9001, certificate no. 95OSLAQ6343. 9. Basis for the approval Material and design data have been verified by typetesting and audit testing performed by SINTEF Building and Infrastructure during the years 1975 2012. Performance testing of used as membrane in wet rooms is documented in report no. O399426A, dated 01.04.1997, from Norwegian Building Research Institute. 10. Marking All rolls/packages shall be marked with the manufacturers name, product name and date of production. All rolls are marked with the manufacturer s production code. The approval mark for SINTEF Technical Approval No. 2008 may also be used. TG 2008 Approval mark 11. Liability The holder/manufacturer has sole product responsibility according to existing law. Claims resulting from the use of the product cannot be brought against SINTEF beyond the provisions of Norwegian Standard NS 8402. 12. Technical management Project manager for this approval is Knut Noreng, SINTEF Building and Infrastructure, Trondheim. for SINTEF Building and Infrastructure Tore Henrik Erichsen Approval Manager